Environment

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CSIRO and Murdoch University launch Bioplastics Innovation Hub to end plastic waste

CSIRO, Australia’s national science agency, and Murdoch University have launched The Bioplastics Innovation Hub, an $8 million collaboration that will work with industry partners to develop a new generation of 100 per cent compostable plastic. The Bioplastics Innovation Hub aims to revolutionise plastic packaging by developing biologically derived plastic that can break down in compost, land, or water. Dr Andy Whiteley, CSIRO Research Program Director, said the Hub aims to bring together experts in microbiology, molecular genetics, synthetic biology, biochemical engineering, advanced manufacturing and circular economy by translating advancements in bioplastics research to real-world applications. “Our primary focus is the development of 100 per cent compostable, bio-derived packaging for use as sprays, films, bottles, caps and wrappers which are engineered to fully break down in compost, land and in aquatic environments,” said Dr Whiteley. With global concerns over plastic pollution and fossil fuel depletion driving an increased demand for compostable bioplastics, the Hub will equip the plastics industry with the tools and expertise required to manufacture materials and continue to drive a plastic waste green economy. The first key focus area will be a co-investment with WA-based biotechnology company Ecopha Biotech Pty Ltd, to develop a new process for water bottle production using compostable bioplastics derived from waste products from the food industry. Murdoch University Deputy Vice Chancellor Research & Innovation Professor Peter Eastwood said managing the growing plastic waste crisis required innovative technological solutions, including bioplastics. “Together with CSIRO, Murdoch University will fast-track the production of novel compostable bioplastic and introduce a green plastic to the market which will significantly minimise the requirement for non-sustainable plastic production,” Professor Eastwood said. “We also aim to assist industry in establishing an advanced biomanufacturing sector, to commercialise compostable bioplastics that meet the manufacturing […]

K-Roc newly launched insulated wall and ceiling panels

Kingspan Insulated Panels (Kingspan)—a global leader in high-performance insulation and building envelope solutions has announced the launch of its new K-Roc wall and ceiling panels. The panels are manufactured locally in Australia at Kingspan’s factory in St Marys, Sydney. The primary advantage of manufacturing the new line in Australia is eliminating the need to ship from the United Kingdom. This change will reduce lead times and ensure that Kingspan’s contractors and clients have full confidence that their buildings will be constructed and completed on time. K-Roc panels are efficient and straightforward to install; they are prefabricated, which simplifies handling and reduces installation time. As a result, K-Roc™ panels can be used to close a building’s outer envelope quickly, letting trades get to work on the inside faster, reducing time on site. This efficiency shortens construction schedules and lowers labour costs, making projects more cost-effective and letting builders meet tight deadlines without compromising quality. K-Roc is suitable for applications where all customers, from designers to end users, are looking for high thermal performance, and high fire rating levels. The K-Roc™ products are bonded laminated materials. They achieve the necessary fire test results, as required by clause C2D10 (6)(g) of the National Construction Code (NCC). Therefore, it can be used wherever a non-combustible material is required by the NCC. K-Roc lets customers build smarter. Architects can select a product that’s high performing and simple to detail from the early design stage. The K-Roc series has six products: K-Roc™ AWP Wall Panel K-Roc™ Evolution Wall Panel K-Roc™ Rockspan Wall Panel K-Roc™ Firemaster Wall Panel K-Roc™ Firemaster Ceiling K-Roc™ Firemaster Ultima Wall Panel. The Ultima range is designed for additional fire resistance requirements. For example, K-Roc Firemaster Ultima Wall Panels are ideally suited for the construction of non-load bearing internal partition walls with fire […]

Air-Met Scientific buys DustCanary

Air-Met Scientific, a leading provider of environmental monitoring solutions, is pleased to announce the acquisition of DustCanary, a prominent UK company specialising in advanced dust monitoring technology. This strategic acquisition represents a significant step in the company\’s ongoing expansion within the environmental industry. Enhancing Environmental Product Portfolio in Australia The acquisition of DustCanary is a pivotal move for Air-Met Scientific, enhancing its product offerings in the realm of real-time dust monitoring. DustCanary is renowned for its innovative technologies, including the DustCanary Trend 420, a personal dust monitor designed to protect workers from hazardous dust exposure including respirable dust by providing immediate feedback and alerts. This product is particularly effective in industrial settings such as construction, mining, and manufacturing, where air quality and worker safety are critical concerns. Commitment to Workplace Safety and Environmental Health “Acquiring DustCanary underscores our commitment to advancing workplace safety and environmental health through innovative monitoring solutions,” said Simon Meers, Managing Director of Air-Met Scientific. “The addition of the DustCanary brand complements our existing portfolio and enhances our ability to provide comprehensive, reliable, and effective solutions for dust monitoring and control.” Founded in 1984, Air-Met Scientific is a leading supplier of occupational health, safety and environmental monitoring solutions specialising in air quality, gas detection, and dust monitoring. With offices conveniently located in major cities across Australia and a commitment to innovation, Air-Met Scientific provides industry-leading products and services designed to enhance worker and environmental safety and compliance.

Building Australia’s EV battery future in Queensland

Gold Coast to become heart of EV battery manufacturing as eLumina’s $20 million facility nears completion. The Gold Coast will be home to Australia’s first factory capable of producing both community lithium batteries and EV chargers as eLumina’s $20 million manufacturing facility approaches completion. The factory will produce 300 batteries a year and create 300 jobs on the Gold Coast, capable of serving up to 100 Queensland households with reliable and cheaper renewable energy. Chief Executive Officer of eLumina, Lisa Marsh, said on-shore manufacturing of critical EV technology, such as chargers and batteries, was essential to Australia’s energy future. “Global demand for batteries is soaring. We have record solar uptake and energy generation in Australia, but we need battery storage at scale to harness its full potential,” she said. “Through battery storage we can capture this energy and ensure reliable and cheaper off-grid power to all Australians. This insulates communities from power outages and saves them money.” Ms Marsh said eLumina was proud to be building the factory in Queensland and grow the local industry. “Queensland has the potential to become a world leader in next-generation battery manufacturing and research and development. Our centre is just the start of that. We are committed to making a fundamental difference to Australia’s clean energy economy,” she said. “We’re building this facility using local talent and locally sourced parts and materials. Once it’s completed, it will support 300 high-skilled jobs, which will draw on the region’s talent.” “Our world-class research and development training centre will al so upskill hundreds of Queenslanders with the expertise to contribute to our evolving battery and EV charging sector.” Gold Coast Mayor Tom Tate said the Gold Coast had an ambitious plan to secure a larger slice of the clean energy sector and the high skilled jobs it’s […]

Climate Impact Corporation announces 10GW renewable hydrogen projects in South Australia and Northern Territory

Climate Impact Corporation (CIC), a leading international developer of renewable energy and green hydrogen projects, has announced its intention to develop two 10GW green hydrogen projects in central Australia utilising its proprietary renewable hydrogen production modular technology. The announcement is backed by CIC’s development, in partnership with GE Vernova, of self-contained modules that produce zero-carbon hydrogen. The deployment of the two projects is supported by CIC’s secure equipment supply chain including the onshore manufacturing of equipment. Compared to traditional renewable hydrogen production, which typically sources vast quantities of water from piped water sources and grid electricity, CIC’s modular hydrogen production units are designed to operate entirely off-grid, reducing demand on governments and communities to fund supporting infrastructure. Each module contains solar panels, atmospheric water generators, electrolysers and supporting infrastructure to produce hydrogen as an individual standalone unit. Crucially, the use of atmospheric water allows hydrogen to be produced anywhere where solar radiation is abundant, opening up new locations in central Australia as potential renewable fuel hubs. David Green, Chairman and Co-Founder of CIC, said the approach would unlock inland hydrogen production opportunities in solar-rich locations such as the Northern Territory and South Australia. “Renewable hydrogen production requires a significant amount of energy and water, which aren’t often found together in places like Australia,” Mr Green said. “Rather than repeating the same approach, we’re looking to solve this challenge by creating modules that use Australia’s abundant solar resources, combined with proven atmospheric water generation technology. It’s an approach that solves one of the biggest challenges Australia has faced in becoming a renewable hydrogen superpower, and we’re excited to be bringing it to market first in Australia.” CIC has recently achieved several key milestones for its Australian projects as it plans to begin manufacturing renewable hydrogen modules in Australia. CIC recently announced […]

Sircel secures $5m impact investment from Kilara Capital

Funding to boost national expansion and Australia’s most advanced solar panel recycling facility Australia’s largest e-waste processor,Sircel, has secured a $5 million capital injection from impact investor Kilara Capital to drive its national expansion and processing capabilities on its mission to solve the global e-waste crisis. Attracted to the Australian owned green technology company’s proven circular economy business model, The Kilara Growth Fund undertook a rigorous impact assessment and rated Sircel highly across its key benchmarks for environmental sustainability and commercial impact. Founder and Managing Partner of Kilara Capital, Ben Krasnostein said that Kilara’s investment in Sircel was a unique opportunity to achieve multiple climate positive outcomes through a proven circular economy business that was operational and scalable. “Sircel really ticks a lot of the boxes that the Kilara Growth Fund looks for: it’s a company with a proven business model, an ever-growing customer base and it has the potential to achieve significant climate positive and commercial outcomes,” Krasnostein said. “Sircel’s impressive leadership team have remained focussed on solving the rapidly growing e-waste problem in its entirety, rather than taking shortcuts, which has led to a truly innovative business with the potential to change the way we think about electronic waste. “After so many years of R&D it’s an exciting and critical time for the business as it scales nationally, diverting more e-waste from landfill and recovering more materials than was previously thought possible.” “We’re particularly buoyed by the opportunities to salvage precious metals from e-waste to power the future of renewable energy, reducing reliance onmining operations.” Sircel has also announced Kilara Capital’s Portfolio Manager, Irina McCreadie, joins the Board of Directors, further strengthening our governance and strategic leadership. The investment follows Sircel’s May 2024 acquisition of Scipher Technologies, which elevated the company to become the largest e-waste processor in Australia and the […]

Samsara Eco secures $100M in Series A+ funding to help end plastic waste

The funding will increase the scale-up’s global recycling capabilities and divert millions of tonnes of plastics from landfills and incineration Canberra- Samsara Eco, the enviro-tech innovator has raised AUD$100/USD$65 million in its latest funding round. Led by global investment company, Temasek and Australian deep tech investment fund, Main Sequence, as well as a cohort of new and existing backers including Wollemi Capital, lululemon, Hitachi Ventures, Titanium Ventures (formerly Telstra Ventures) and DCVC, the funding brings Samsara Eco one step closer to eliminating plastic waste, and ensuring it never ends up in landfill or incinerated again. The capital will help Samsara Eco scale its enzymatic recycling capabilities, with new commercial facilities to be built in South East Asia in the next few years. The facilities will recycle millions of tonnes of plastic waste like discarded textiles and packaging, to produce tens of thousands of tonnes of monomers (the molecular building blocks of plastics), which will be turned into brand new products, creating a truly circular loop. The company will also scale-up its global team of chemists, engineers and technicians, as well as increase its library of plastic-eating enzymes. “Plastics have been an environmental disaster with almost every piece of the 9 billion tonnes ever made still on the planet. But almost all plastic is reusable and recyclable with the right technology. We’re on a mission to end plastic waste and with it, repair our climate, said Paul Riley, CEO and Founder of Samsara Eco. “The ability to infinitely recycle plastic in an environmentally friendly way is a game changer for brands and our planet. Our enzymatic recycling technology makes it easy for brands in almost every industry to meet their sustainability and decarbonisation goals by creating a circular loop for plastics. We’ve already made significant traction in the textile space but […]

Rio Tinto to develop BioIron R&D facility in WA to test low-carbon steelmaking

Rio Tinto will invest US$143 million (A$215 million) to develop a research and development facility in Western Australia to further assess the effectiveness of its low-carbon ironmaking process, BioIronTM, to support decarbonising the global steel value chain. The development of the BioIron Research and Development Facility in the Rockingham Strategic Industrial Area, south of Perth, follows successful trials of the innovative ironmaking process in a small-scale pilot plant in Germany. BioIron uses raw biomass and microwave energy instead of coal to convert Pilbara iron ore to metallic iron in the steelmaking process. When combined with the use of renewable energy and carbon-circulation by fast-growing biomass, BioIron has the potential to reduce carbon emissions by up to 95% compared with the current blast furnace method. The BioIron facility will include a pilot plant that will be ten times bigger than its predecessor in Germany. It will also be the first time the innovative steelmaking process has been tested at a semi-industrial scale, capable of producing one tonne of direct reduced iron per hour. It will provide the required data to assess further scaling of the technology to a larger demonstration plant. The plant has been designed in collaboration with University of Nottingham, Metso Corporation and Western Australian engineering company Sedgman Onyx. Fabrication of the equipment will begin this year, with commissioning expected in 2026. These works are expected to support up to 60 construction jobs. The research and development facility will employ around 30 full-time employees and include space for equipment testing to support further scaling up of the BioIron technology, while developing a workforce highly skilled in steel decarbonisation and supporting WA universities and research organisations. Rio Tinto Iron Ore Chief Executive Simon Trott said, “The world needs low-carbon steel to reach net zero, and we are working to make […]

The Budget 2024: Comment and Feedback on Energy Policies

Attributed to Jack Curtis, co-founder of Neara Cost of living/bill relief p“The Albanese government’s $3.5 billion energy bill relief scheme will alleviate pressure on households and small business owners across Australia struggling to manage rising electricity prices. Yet despite the short-term financial support, concerns are rising around the growing cost of the energy transition. The clean energy transition is crucial to Australia’s future. But years of rising energy costs and reduced reliability as we transition from fossil generation to renewables are becoming harder to justify for many. The $300 energy bill relief package for home owners is a great initiative, but it’s not enough. The cost of the clean energy transition could easily blow out within the next six years and continue to increase financial pressure on consumers. Equal focus and investment must be applied to the underlying drivers of rising energy costs, particularly those related to the energy transition, and what can be done differently to mitigate them. To offset costs and stabilise energy prices, the government must source the most efficient, cost-effective pathway to 82% clean energy by 2030. This means embracing a holistic strategy encompassing all generation and network capacity sources whilst leveraging new technology that can optimise both. Put simply, more money needs to go further. Australia doesn’t have the same depth of funds as our overseas counterparts, specifically compared with the United States Inflation Reduction Act. Federal and state governments need to work closely on the strategic deployment of funds by stress-testing each proposed pillar of the energy transition and its potential cost before rolling out the initiative. The renewable energy infrastructure toolkit we’ve been relying on is essential, but it’s expensive, time-extensive, and continues to face increasing headwinds. Australia has alternative solutions to stress-test costs and bring renewable energy online faster. We must actively explore […]

Rio Tinto to drive development of Australia’s largest solar farm at Gladstone

Rio Tinto will drive development of Australia’s largest solar power project near Gladstone, after agreeing to buy all electricity from the 1.1GW1 Upper Calliope Solar Farm to provide renewable power to Rio Tinto’s Gladstone operations. The agreement will bring more renewable power into one of Australia’s most important industrial hubs and marks another step towards Rio Tinto’s climate goal of halving its global Scope 1 & 2 carbon emissions this decade2. If combined with more renewable power and suitable firming, transmission and industrial policy, it could also provide the core of a solution to repower Rio Tinto’s three Gladstone production assets – the Boyne aluminium smelter, the Yarwun alumina refinery and the Queensland Alumina refinery. Under a new power purchase agreement (PPA) signed with European Energy Australia, Rio Tinto will buy all power generated from the Upper Calliope solar farm for 25 years. The plant will be built and operated by European Energy, at a site about 50 kilometres south-west of Gladstone, pending development and grid connection approvals. Once approved and developed, Upper Calliope would have the potential to lower Rio Tinto’s operating carbon emissions by 1.8 million tonnes per year. Rio Tinto Chief Executive Jakob Stausholm said “This agreement is a first important step in our work to repower our Gladstone operations and illustrates our commitment to keeping sustainably powered industry in Central Queensland. “The task remains challenging, but we have a pathway to provide the competitive, firmed power our Gladstone plants need and we are continuing to work hard with all stakeholders, including the Queensland and Australian governments, on getting there. “Competitive capacity, firming, and transmission, are critical to developing a modern energy system that can ensure more large-scale renewables development in Queensland and help guarantee the future of Australian industry.” Once approved, construction of the Upper Calliope […]

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